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<h1 id="index">Index</h1>

<div class="genindex-jumpbox">
 <a href="#A"><strong>A</strong></a>
 | <a href="#B"><strong>B</strong></a>
 | <a href="#C"><strong>C</strong></a>
 | <a href="#D"><strong>D</strong></a>
 | <a href="#E"><strong>E</strong></a>
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 | <a href="#W"><strong>W</strong></a>
 | <a href="#X"><strong>X</strong></a>
 
</div>
<h2 id="A">A</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.adaptive_collapse_gaussfit">adaptive_collapse_gaussfit() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.readcol.Struct.add_column">add_column() (agpy.readcol.Struct method)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools">AG_fft_tools (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools.convolve">AG_fft_tools.convolve (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools.convolve_nd">AG_fft_tools.convolve_nd (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools.correlate2d">AG_fft_tools.correlate2d (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools.psds">AG_fft_tools.psds (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#module-AG_fft_tools.smooth_tools">AG_fft_tools.smooth_tools (module)</a>
  </dt>

      
  <dt><a href="image_tools.html#module-AG_image_tools">AG_image_tools (module)</a>
  </dt>

      
  <dt><a href="image_tools.html#module-AG_image_tools.drizzle">AG_image_tools.drizzle (module)</a>
  </dt>

      
  <dt><a href="image_tools.html#module-AG_image_tools.radialprofile">AG_image_tools.radialprofile (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy">agpy (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.asinh_norm">agpy.asinh_norm (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.blackbody">agpy.blackbody (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.collapse_gaussfit">agpy.collapse_gaussfit (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.constants">agpy.constants (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.conversationcount">agpy.conversationcount (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.cubes">agpy.cubes (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.cutout">agpy.cutout (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.densitymap">agpy.densitymap (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.ds9_phot">agpy.ds9_phot (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.dust">agpy.dust (module)</a>
  </dt>

      
  <dt><a href="gaussfit.html#module-agpy.gaussfitter">agpy.gaussfitter (module)</a>, <a href="agpy.html#module-agpy.gaussfitter">[1]</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.get_cutouts">agpy.get_cutouts (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.grep">agpy.grep (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.h2fit">agpy.h2fit (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.hotwind">agpy.hotwind (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.imf">agpy.imf (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.kdist">agpy.kdist (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.lagrange_diff">agpy.lagrange_diff (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.luminosity">agpy.luminosity (module)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#module-agpy.mad">agpy.mad (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.mpfit_custom">agpy.mpfit_custom (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.PCA_tools">agpy.PCA_tools (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.posang">agpy.posang (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.powerfit">agpy.powerfit (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.psf_fitter">agpy.psf_fitter (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.pstopng">agpy.pstopng (module)</a>
  </dt>

      
  <dt><a href="pyflagger.html#module-agpy.pyflagger">agpy.pyflagger (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.query_splatalogue">agpy.query_splatalogue (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.ratosexagesimal">agpy.ratosexagesimal (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.readcol">agpy.readcol (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.reg_gal2cel">agpy.reg_gal2cel (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.regfile_aperture_extract">agpy.regfile_aperture_extract (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.region_photometry">agpy.region_photometry (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.region_photometry_files">agpy.region_photometry_files (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.region_positions">agpy.region_positions (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.regtoapo">agpy.regtoapo (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.regtocima">agpy.regtocima (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.subim_gaussfit">agpy.subim_gaussfit (module)</a>
  </dt>

      
  <dt><a href="agpy.html#module-agpy.timer">agpy.timer (module)</a>
  </dt>

      
  <dt><a href="uchii.html#module-agpy.UCHIIfitter">agpy.UCHIIfitter (module)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.psf_fitter.airy">airy() (in module agpy.psf_fitter)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.alpha_">alpha_() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.alpha_">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.alpha_">(plfit.plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plfit.alpha_">(plfit.plfit_py.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.alphavsks">alphavsks() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.alphavsks">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.alphavsks">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.cubes.aper_world2pix">aper_world2pix() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.asinh_norm.AsinhNorm">AsinhNorm (class in agpy.asinh_norm)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.asinh_norm.AsinhNorm.autoscale_None">autoscale_None() (agpy.asinh_norm.AsinhNorm method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.aval">aval() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="image_tools.html#AG_image_tools.radialprofile.azimuthalAverage">azimuthalAverage() (in module AG_image_tools.radialprofile)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.azimuthalAverage">(in module agpy)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="image_tools.html#AG_image_tools.radialprofile.azimuthalAverageBins">azimuthalAverageBins() (in module AG_image_tools.radialprofile)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.azimuthalAverageBins">(in module agpy)</a>
  </dt>

      </dl></dd>
  </dl></td>
</tr></table>

<h2 id="B">B</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.blackbody.blackbody">blackbody() (in module agpy.blackbody)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.blackbody.blackbody_wavelength">blackbody_wavelength() (in module agpy.blackbody)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.broken_expfit">broken_expfit() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.powerfit.brokenpowerfit">brokenpowerfit() (in module agpy.powerfit)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="C">C</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.calc_covar">calc_covar() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.call">call() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.chabrier">chabrier() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.close">close() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.collapse_double_gaussfit">collapse_double_gaussfit() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.collapse_gaussfit">collapse_gaussfit() (in module agpy.collapse_gaussfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.gaussfitter.collapse_gaussfit">(in module agpy.gaussfitter)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.dust.colofsnu">colofsnu() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.compute_map">compute_map() (agpy.pyflagger.Flagger method)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="contributed.html#module-contributed">contributed (module)</a>
  </dt>

      
  <dt><a href="contributed.html#module-contributed.parallel_map">contributed.parallel_map (module)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.convolve.convolve">convolve() (in module AG_fft_tools.convolve)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.convolve">(in module agpy)</a>, <a href="agpy.html#agpy.convolve">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="fft_tools.html#AG_fft_tools.convolve_nd.convolvend">convolvend() (in module AG_fft_tools.convolve_nd)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.region_positions.coords_format">coords_format() (in module agpy.region_positions)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.coords_in_image">coords_in_image() (in module agpy.cubes)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.get_cutouts.coords_in_image">(in module agpy.get_cutouts)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="fft_tools.html#AG_fft_tools.correlate2d.correlate2d">correlate2d() (in module AG_fft_tools.correlate2d)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.correlate2d">(in module agpy)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.cutout.cutout">cutout() (in module agpy.cutout)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="D">D</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.ratosexagesimal.dectos">dectos() (in module agpy.ratosexagesimal)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.defiter">defiter() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.densitymap.densitymap">densitymap() (in module agpy.densitymap)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cutout.DimensionError">DimensionError</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.discrete_alpha_mle">discrete_alpha_mle() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.discrete_best_alpha">discrete_best_alpha() (in module plfit.plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.plfit.plfit.discrete_best_alpha">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.plfit.discrete_ksD">discrete_ksD() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.discrete_likelihood">discrete_likelihood() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.discrete_likelihood_vector">discrete_likelihood_vector() (in module plfit.plfit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="plfit.html#plfit.plfit.discrete_max_likelihood">discrete_max_likelihood() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.discrete_max_likelihood_arg">discrete_max_likelihood_arg() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.densitymap.dmregion">dmregion() (in module agpy.densitymap)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.double_gaussian">double_gaussian() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.double_gerr">double_gerr() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.downsample">downsample() (in module agpy)</a>
  </dt>

      
  <dt><a href="image_tools.html#AG_image_tools.drizzle.drizzle">drizzle() (in module AG_image_tools.drizzle)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.ds9_phot.ds9_photometry">ds9_photometry() (in module agpy.ds9_phot)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="E">E</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.PCA_tools.efuncs">efuncs() (in module agpy.PCA_tools)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.enorm">enorm() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.extinctandplot">extinctandplot() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.h2fit.extinctfit">extinctfit() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.extract_aperture">extract_aperture() (in module agpy.cubes)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="F">F</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.fbol_interp">fbol_interp() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.fbol_meas">fbol_meas() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.fdjac2">fdjac2() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.convolve_nd.fftwn">fftwn() (in module AG_fft_tools.convolve_nd)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.blackbody.fit_blackbody">fit_blackbody() (in module agpy.blackbody)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.fitalllines">fitalllines() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.fitandplot">fitandplot() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.h2fit.fitandplotspex">fitandplotspex() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.fitspec">fitspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.subim_gaussfit.fitstar">fitstar() (in module agpy.subim_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.subim_gaussfit.fitstars">fitstars() (in module agpy.subim_gaussfit)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger">Flagger (class in agpy.pyflagger)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.flatten_header">flatten_header() (in module agpy.cubes)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="G">G</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.reg_gal2cel.gal2cel">gal2cel() (in module agpy.reg_gal2cel)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.gaussfit">gaussfit() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.gaussfit">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.gaussfit">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.gaussian">gaussian() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.gerr">gerr() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.readcol.get_autotype">get_autotype() (in module agpy.readcol)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.regfile_aperture_extract.get_fluxes">get_fluxes() (in module agpy.regfile_aperture_extract)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.cubes.getspec">getspec() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.getspec_reg">getspec_reg() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.grep.grep">grep() (in module agpy.grep)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.grep.grepv">grepv() (in module agpy.grep)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.blackbody.greybody">greybody() (in module agpy.blackbody)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="H">H</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.h2fit.h2level_energy">h2level_energy() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="fft_tools.html#AG_fft_tools.psds.hanning2d">hanning2d() (in module AG_fft_tools.psds)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="I">I</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="fft_tools.html#AG_fft_tools.convolve_nd.ifftwn">ifftwn() (in module AG_fft_tools.convolve_nd)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.init_interp">init_interp() (agpy.luminosity.luminosity method)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.cubes.integ">integ() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.inverse_imf">inverse_imf() (in module agpy.imf)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="K">K</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.dust.kappa">kappa() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.kdist">kdist() (in module agpy)</a>, <a href="agpy.html#agpy.kdist">[1]</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.kdist.kdist">(in module agpy.kdist)</a>
  </dt>

      </dl></dd>
  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.imf.kroupa">kroupa() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.kstest_">kstest_() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.kstest_">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.kstest_">(plfit.plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plfit.kstest_">(plfit.plfit_py.plfit method)</a>
  </dt>

      </dl></dd>
  </dl></td>
</tr></table>

<h2 id="L">L</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.lagrange_diff.laplace_interp">laplace_interp() (in module agpy.lagrange_diff)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.lbol_interp">lbol_interp() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.lbol_interp_llim">lbol_interp_llim() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.lbol_interp_ulim">lbol_interp_ulim() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.lbol_meas">lbol_meas() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.linefit">linefit() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.linename_to_restwl">linename_to_restwl() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.lmpar">lmpar() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.hotwind.LofMdot">LofMdot() (in module agpy.hotwind)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.plfit.lognormal">lognormal() (plfit.plfit.plfit method)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.lookup">lookup() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity">luminosity (class in agpy.luminosity)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.lyc_of_cluster">lyc_of_cluster() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.lyc_of_star">lyc_of_star() (in module agpy.imf)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="M">M</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.mpfit_custom.machar">machar (class in agpy.mpfit_custom)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mad.MAD">MAD() (in module agpy.mad)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.make_cluster">make_cluster() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.readcol.make_commentfilter">make_commentfilter() (in module agpy.readcol)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.smooth_tools.make_kernel">make_kernel() (in module AG_fft_tools.smooth_tools)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.make_noisemaps">make_noisemaps() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="image_tools.html#AG_image_tools.drizzle.masktozero">masktozero() (in module AG_image_tools.drizzle)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.dust.massofsnu">massofsnu() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.lagrange_diff.max_curvature">max_curvature() (in module agpy.lagrange_diff)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.hotwind.mdot">mdot() (in module agpy.hotwind)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.hotwind.mdotvinfr">mdotvinfr() (in module agpy.hotwind)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.mminterp">mminterp() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.modelpars">modelpars() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.modelspec">modelspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.blackbody.modified_blackbody">modified_blackbody() (in module agpy.blackbody)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.blackbody.modified_blackbody_wavelength">modified_blackbody_wavelength() (in module agpy.blackbody)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.modpar">modpar() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.moments">moments() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.moments">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.moments">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.plfit.most_likely_alpha">most_likely_alpha() (in module plfit.plfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit">mpfit (class in agpy.mpfit_custom)</a>
  </dt>

      
  <dt><a href="gaussfit.html#agpy.gaussfitter.multigaussfit">multigaussfit() (in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.multigaussfit">[1]</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="N">N</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.n_gaussian">n_gaussian() (in module agpy.collapse_gaussfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.n_gaussian">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.n_gaussian">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.nanmean">nanmean() (in module agpy.collapse_gaussfit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.nanmedian">nanmedian() (in module agpy.collapse_gaussfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.mad.nanmedian">(in module agpy.mad)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.h2fit.nonetozero">nonetozero() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="O">O</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.onedgaussfit">onedgaussfit() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.onedgaussfit">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.onedgaussfit">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.onedgaussian">onedgaussian() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.onedgaussian">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.onedgaussian">[1]</a>
  </dt>

      </dl></dd>
  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="gaussfit.html#agpy.gaussfitter.onedmoments">onedmoments() (in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.onedmoments">[1]</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.ordered_timestreams">ordered_timestreams() (agpy.pyflagger.Flagger method)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="P">P</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="contributed.html#contributed.parallel_map.parallel_map">parallel_map() (in module contributed.parallel_map)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.parinfo">parinfo() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.PCA_tools.PCA_linear_fit">PCA_linear_fit() (in module agpy.PCA_tools)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.PCA_tools.pca_subtract">pca_subtract() (in module agpy.PCA_tools)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.pl_inv">pl_inv() (in module plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.pl_inv">(in module plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.pl_inv">(in module plfit.plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.pl_inv">(in module plfit.plfit_py)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plexp">plexp() (in module plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plexp">(in module plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plexp">(in module plfit.plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plexp">(in module plfit.plfit_py)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plexp_inv">plexp_inv() (in module plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plexp_inv">(in module plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plexp_inv">(in module plfit.plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plexp_inv">(in module plfit.plfit_py)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit">plfit (class in plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit">(class in plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit">(class in plfit.plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plfit">(class in plfit.plfit_py)</a>
  </dt>

        
  <dt><a href="plfit.html#module-plfit">(module)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.plfit">plfit() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.plfit">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.plfit">(plfit.plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.plfit.plfit">(plfit.plfit_py.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#module-plfit.cython_plfit">plfit.cython_plfit (module)</a>
  </dt>

      
  <dt><a href="plfit.html#module-plfit.fortran_plfit">plfit.fortran_plfit (module)</a>
  </dt>

      
  <dt><a href="plfit.html#module-plfit.plfit">plfit.plfit (module)</a>
  </dt>

      
  <dt><a href="plfit.html#module-plfit.plfit_py">plfit.plfit_py (module)</a>
  </dt>

      
  <dt><a href="plfit.html#module-plfit.setup">plfit.setup (module)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit_lsq">plfit_lsq() (in module plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit_lsq">(in module plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit_lsq">(in module plfit.plfit)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.plfit.plfit.plot_lognormal_cdf">plot_lognormal_cdf() (plfit.plfit.plfit method)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.plfit.plfit.plot_lognormal_pdf">plot_lognormal_pdf() (plfit.plfit.plfit method)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.plotcdf">plotcdf() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.plotcdf">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.plotcdf">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.plotpdf">plotpdf() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.plotpdf">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.plotpdf">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.plotppf">plotppf() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.plotppf">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.plotppf">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.plotsed">plotsed() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.plotspec">plotspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.plotss">plotss() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.region_positions.pos_to_name">pos_to_name() (in module agpy.region_positions)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.posang">posang() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.posang.posang">(in module agpy.posang)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.region_positions.position_region">position_region() (in module agpy.region_positions)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.psds.power_spectrum">power_spectrum() (in module AG_fft_tools.psds)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.powerfit.powerfit">powerfit() (in module agpy.powerfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.timer.print_timing">print_timing() (in module agpy.timer)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.subim_gaussfit.printfits">printfits() (in module agpy.subim_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.printfslist">printfslist() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.psds.PSD2">PSD2() (in module AG_fft_tools.psds)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.psf_fitter.psffit">psffit() (in module agpy.psf_fitter)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.psds.pspec">pspec() (in module AG_fft_tools.psds)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.PCA_tools.pymc_linear_fit">pymc_linear_fit() (in module agpy.PCA_tools)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="Q">Q</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.qrfac">qrfac() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.qrsolv">qrsolv() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.query_splatalogue.query_splatalogue">query_splatalogue() (in module agpy.query_splatalogue)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="R">R</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="image_tools.html#AG_image_tools.radialprofile.radialAverage">radialAverage() (in module AG_image_tools.radialprofile)</a>
  </dt>

      
  <dt><a href="image_tools.html#AG_image_tools.radialprofile.radialAverageBins">radialAverageBins() (in module AG_image_tools.radialprofile)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.ratosexagesimal.ratos">ratos() (in module agpy.ratosexagesimal)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.readcol">readcol() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.readcol.readcol">(in module agpy.readcol)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.readcol.readff">readff() (in module agpy.readcol)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.readspec">readspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.readspexspec">readspexspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.readstarspec">readstarspec() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.densitymap.reg_to_xy">reg_to_xy() (in module agpy.densitymap)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.region_photometry.region_photometry">region_photometry() (in module agpy.region_photometry)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.region_photometry_files.region_photometry_files">region_photometry_files() (in module agpy.region_photometry_files)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.regtoapo.regtoapo">regtoapo() (in module agpy.regtoapo)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.regtocima.regtocima">regtocima() (in module agpy.regtocima)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.regtocima.regtouptime">regtouptime() (in module agpy.regtocima)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.reset">reset() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.return_double_param">return_double_param() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.return_param">return_param() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.return_triple_param">return_triple_param() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.rotcrop_cube">rotcrop_cube() (in module agpy.cubes)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="S">S</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.imf.salpeter">salpeter() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.schechter">schechter() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.schechter_cdf">schechter_cdf() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.set_tsplot">set_tsplot() (agpy.pyflagger.Flagger method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.imf.sh_cdf_func">sh_cdf_func() (in module agpy.imf)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.showpars">showpars() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.smooth_tools.smooth">smooth() (in module AG_fft_tools.smooth_tools)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.smooth">(in module agpy)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.cubes.smooth_cube">smooth_cube() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.PCA_tools.smooth_waterfall">smooth_waterfall() (in module agpy.PCA_tools)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.dust.snu">snu() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.dust.snudnu">snudnu() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.dust.snuofmass">snuofmass() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.hotwind.SnuOfMdot">SnuOfMdot() (in module agpy.hotwind)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.speccen_header">speccen_header() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.readcol.Struct">Struct (class in agpy.readcol)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.subcube">subcube() (in module agpy.cubes)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.cubes.subimage_integ">subimage_integ() (in module agpy.cubes)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="T">T</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.dust.tauofsnu">tauofsnu() (in module agpy.dust)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.luminosity.tbol">tbol() (agpy.luminosity.luminosity method)</a>
  </dt>

      
  <dt><a href="fft_tools.html#AG_fft_tools.convolve_nd.test_3d">test_3d() (in module AG_fft_tools.convolve_nd)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.luminosity.test_case">test_case() (in module agpy.luminosity)</a>
  </dt>

      
  <dt><a href="plfit.html#plfit.cython_plfit.test_fitter">test_fitter() (in module plfit.cython_plfit)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.test_fitter">(in module plfit.fortran_plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.test_fitter">(in module plfit.plfit)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit_py.test_fitter">(in module plfit.plfit_py)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="plfit.html#plfit.cython_plfit.plfit.test_pl">test_pl() (plfit.cython_plfit.plfit method)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="plfit.html#plfit.fortran_plfit.plfit.test_pl">(plfit.fortran_plfit.plfit method)</a>
  </dt>

        
  <dt><a href="plfit.html#plfit.plfit.plfit.test_pl">(plfit.plfit.plfit method)</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.h2fit.testnone">testnone() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.kdist.threekpcarm">threekpcarm() (in module agpy.kdist)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.mpfit_custom.mpfit.tie">tie() (agpy.mpfit_custom.mpfit method)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.PCA_tools.total_least_squares">total_least_squares() (in module agpy.PCA_tools)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.triple_gaussian">triple_gaussian() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.triple_gerr">triple_gerr() (in module agpy.collapse_gaussfit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.twodgaussian">twodgaussian() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="gaussfit.html#agpy.gaussfitter.twodgaussian">(in module agpy.gaussfitter)</a>, <a href="agpy.html#agpy.gaussfitter.twodgaussian">[1]</a>
  </dt>

      </dl></dd>
      
  <dt><a href="agpy.html#agpy.h2fit.twoTmodelpars">twoTmodelpars() (in module agpy.h2fit)</a>
  </dt>

      
  <dt><a href="agpy.html#agpy.h2fit.twoTmodelspec">twoTmodelspec() (in module agpy.h2fit)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="U">U</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="pyflagger.html#agpy.pyflagger.Flagger.unmask_timestream">unmask_timestream() (agpy.pyflagger.Flagger method)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.PCA_tools.unpca_subtract">unpca_subtract() (in module agpy.PCA_tools)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="V">V</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.vector_kdist">vector_kdist() (in module agpy)</a>
  </dt>

      <dd><dl>
        
  <dt><a href="agpy.html#agpy.kdist.vector_kdist">(in module agpy.kdist)</a>
  </dt>

      </dl></dd>
  </dl></td>
</tr></table>

<h2 id="W">W</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.wrap_collapse_adaptive">wrap_collapse_adaptive() (in module agpy.collapse_gaussfit)</a>
  </dt>

  </dl></td>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="agpy.html#agpy.collapse_gaussfit.wrap_collapse_gauss">wrap_collapse_gauss() (in module agpy.collapse_gaussfit)</a>
  </dt>

  </dl></td>
</tr></table>

<h2 id="X">X</h2>
<table style="width: 100%" class="indextable genindextable"><tr>
  <td style="width: 33%" valign="top"><dl>
      
  <dt><a href="plfit.html#plfit.plfit.plfit.xminvsks">xminvsks() (plfit.plfit.plfit method)</a>
  </dt>

  </dl></td>
</tr></table>



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<li class="toctree-l1"><a class="reference internal" href="agpy.html">Adam Ginsburg&#8217;s Python Code (agpy)</a></li>
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